Medical equipment needs to be predictable and device design can be expensive. Taking a simulation-driven design approach helps you understand the underlying physics that will affect your device’s performance so you can make smarter decisions faster. Now SOLIDWORKS users can take advantage of a next-generation suite of simulation tools on a cloud-enabled platform for structural, flow, fatigue, heat transfer, and electromagnetic analysis.
GE Healthcare: Advanced Simulation Drives Medical Device Design
Dr. Joseph Lacy and Dhanachezhian Duraikannu explain how SOLIDWORKS 3D CAD and 3DEXPERIENCE platform simulation work hand in hand to bring GE Healthcare products to market. Listen to the GE team discuss how simulation-driven design optimizes their day-to-day work and overall product development process.
Five Fast Facts: Advanced Simulation for Medical Device Design
3DEXPERIENCE® platform simulation puts the most powerful, accurate analysis capabilities in your hands with the high-performance, cloud-enabled features to scale with your needs. Ready to add advanced structural, CFD, electromagnetic, and plastics simulation to your medical device design workflow? Download our flyer to learn how what to expect when you transform your product design process with SOLIDWORKS integrated, collaborative analysis tools.
Develop Safe and Effective Medical Device With Collaborative Design and Simulation
Engineered to Cure offers a data-driven and model-based engineering solution that facilitates the collaborative design and development of medical devices using best in class apps and processes for 3D design, systemes engineering , multiphysics simulations and virtual human modeling.
Improving Medical Device Design with Advanced Simulation
Watch this video to learn how taking a simulation-driven approach to design can help you solve development and business challenges while gaining the insight needed to increase product quality, reliability, and safety.